Solution showcase · Computer Vision

Catching defects before they ship

Line-side cameras that inspect every part, flag defects in real time and show where quality is slipping.

Type
Solution showcase
Industry
Manufacturing
Deployment
Line-side camera and edge GPU, linked to the PLC
Services
Computer Vision, AI & ML

The challenge

Human inspectors are skilled, but they tire, and sampling one part in fifty lets defects through. When a customer finds the problem first, the cost is far higher than the part.

The solution

Inspect AI places a high-resolution camera at a station on the line. A model classifies every part as good or defective, identifies the defect type, such as a scratch, dent or missing component, and signals the line to divert rejects. Quality teams see defect rates by type, shift and machine, and new defect types are labelled and added to the model as they appear.

What it includes

  • Inspection of every part, not a sample
  • Defect classification by type
  • Reject signal to the line controller
  • Defect dashboard by shift and machine
  • Review queue for uncertain parts

How it works

  1. 01

    Image

    A camera with controlled lighting captures every part at a fixed station.

  2. 02

    Classify

    A model trained on your good and defective parts makes a decision in milliseconds.

  3. 03

    Divert

    Rejects are signalled to the line controller and set aside for review.

  4. 04

    Improve

    Quality teams review edge cases, and the model is retrained on new examples.

Design targets

100%Of parts inspected, not a sample
< 200 msTarget decision time per part on the line
Every shiftThe same standard, day and night

This is a solution showcase: a system Quibo designs and builds for this kind of problem. Figures are the design targets we build and test against, not results from a named client. Targets for your business are agreed and measured during the proof stage.

Ready to build?

Want a system like this?

Tell us about the process or the cameras you have. We will tell you honestly what is achievable, and propose a short proof stage on your own data.

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